Stereo generation with so much more.

The DSPmpX is class leading stereo generator that employs digital signal processing for unrivalled performance. Not only does it have unmatched stereo separation but the built in composite processing and audio protection limiters ensure that you stay within modulation limits.

The DSPmpX is ideal for remote transmitter sites where STLs or satellite links with audio overshoot or sloppy levels can cause headaches. The DSPmpX is the perfect painkiller.

Want to provide more meat to your signal, why not 'overdrive' the DSPmpX's limiter or crank up the composite processing. Concerned about signal integrity and cleanliness? The in built SCA and pilot protection filters mean you don't have to.

Still not convinced, how about built in silence detection which can automatically switch from analogue to AES/EBU inputs or vice versa on program fail.

BW Broadcast's local and remote interfaces help you get your DSPmpX on air fast. Whether you are a processing novice or expert, you'll easily achieve a signature sound for your station's format. And as you have come to expect from BW Broadcast, the compact DSPmpX is designed for unsurpassed reliability and trouble-free operation in the world's most challenging installations.

As with all BW Broadcast FM processors, there's a real-time clock for preset scheduling, preset A/B switching, graphic LCD display, serial and TCP/IP remote control interfaces, and both analogue and AES/EBU digital inputs.

The BW Broadcast DSPX Series presents a carefully developed series of processors, with a version designed to exactly meet your needs and budget. To add multi-band processing to the DSPmpX core take a look at the DSPXmini-FMSE. For additional processing power, greater loudness and dual-path design to manage both analogue and digital broadcast chains from a single unit consider the BW Broadcast DSPX-FM, the top-notch DSPXtra-FM or the DSPXtreme-FM, the ultimate broadcast processor.

Custom processing at off-the-shelf prices, the DSPX Series offers exceptional value in listener-building processing power.